Z-TWS Multifunction Straton / LINUX Controller OPC Linux High-level Control System suitable for: Energy Management (IEC 0870--0, IEC 0870--0, IEC 80) Plant automation (Straton - Soft PLC IEC -) CPU Linux-based / Virtual Machine for data acquisition and control Made in Italy www.seneca.it
ENERGY MANAGEMENT Through to the integration with IDE Straton environment, Z-TWS supports specific communication protocols in the energy applications such as IEC 0870, IEC 80. About remote management applications, Straton can be integrated with IEC 0870--0 and IEC 0870--0 Master and Slave. Moreover with Straton, Z-TWS can be an IEC 80 Server as well as Client so it s able to support functions as RTU /Gateway, RTU - TCP conversion, virtual network creation via internet and point-to-point tunnelling. Z-TWS can be used also with redundant controller for plant automation, energy production control, plants management of renewable energies (biomass, photovoltaic, wind etc.), smart grid developments. Configurable as web server and as TCP-IP node, Z-TWS is open to be integrated in a SCADA/EMS/WEB-based plataform. PLANT AUTOMATION Z-TWS is also a softplc system based on IEC - that exploits the Straton environmental power for control applications and automation. It provides a workbench that is a programming interface, runtime, libraries and other programming features. Centri di controllo SCADA / EMS Programming system complying IEC - XML interface Communication with the common bus system Multi-driver communication Runtime Systems to connect on network with spontaneous data exchange IEC 80 IEC 80 Remote Positions Smart grid e locale Wind power plant IEC 80 IEC 80 Z-TWS System SoftPLC IEC 0 0 0 0 Z-TWS IEC 0870--0 PV plants Z-TWS IEC 0870--0 IEC 80 0 0 0 0 Z-TWS Hydroelectrically plants ELECTRICAL SUBSTATIONS, CABINETS TRASFORMATION IEC 80 0 0 0 0 Z-TWS STRATON IDE DEVELOPMENT ENVIRONMENT Straton IDE (Integrated Development Environment) available with tag numbers of, and illimitated includes libraries and different tools for fieldbus and I/O channels configuration. The available editor compliant with the IEC - standard comprises the following languages: Sequential Function Chart (SFC), Function Block Diagram (FBD), Continuous Function Chart (CFC), Ladder Diagram (LD), Structured Text (ST), Instruction List (IL).
ENERGY MANAGEMENT Through to the integration with IDE Straton environment, Z-TWS supports specific communication protocols in the energy applications such as IEC 0870, IEC 80. About remote management applications, Straton can be integrated with IEC 0870--0 and IEC 0870--0 Master and Slave. Moreover with Straton, Z-TWS can be an IEC 80 Server as well as Client so it s able to support functions as RTU /Gateway, RTU - TCP conversion, virtual network creation via internet and point-to-point tunnelling. Z-TWS can be used also with redundant controller for plant automation, energy production control, plants management of renewable energies (biomass, photovoltaic, wind etc.), smart grid developments. Configurable as web server and as TCP-IP node, Z-TWS is open to be integrated in a SCADA/EMS/WEB-based plataform. PLANT AUTOMATION Z-TWS is also a softplc system based on IEC - that exploits the Straton environmental power for control applications and automation. It provides a workbench that is a programming interface, runtime, libraries and other programming features. Centri di controllo SCADA / EMS Programming system complying IEC - XML interface Communication with the common bus system Multi-driver communication Runtime Systems to connect on network with spontaneous data exchange IEC 80 IEC 80 Remote Positions Smart grid e locale Wind power plant IEC 80 IEC 80 Z-TWS System SoftPLC IEC 0 0 0 0 Z-TWS IEC 0870--0 PV plants Z-TWS IEC 0870--0 IEC 80 0 0 0 0 Z-TWS Hydroelectrically plants ELECTRICAL SUBSTATIONS, CABINETS TRASFORMATION IEC 80 0 0 0 0 Z-TWS STRATON IDE DEVELOPMENT ENVIRONMENT Straton IDE (Integrated Development Environment) available with tag numbers of, and illimitated includes libraries and different tools for fieldbus and I/O channels configuration. The available editor compliant with the IEC - standard comprises the following languages: Sequential Function Chart (SFC), Function Block Diagram (FBD), Continuous Function Chart (CFC), Ladder Diagram (LD), Structured Text (ST), Instruction List (IL).
ENERGY MANAGEMENT Through to the integration with IDE Straton environment, Z-TWS supports specific communication protocols in the energy applications such as IEC 0870, IEC 80. About remote management applications, Straton can be integrated with IEC 0870--0 and IEC 0870--0 Master and Slave. Moreover with Straton, Z-TWS can be an IEC 80 Server as well as Client so it s able to support functions as RTU /Gateway, RTU - TCP conversion, virtual network creation via internet and point-to-point tunnelling. Z-TWS can be used also with redundant controller for plant automation, energy production control, plants management of renewable energies (biomass, photovoltaic, wind etc.), smart grid developments. Configurable as web server and as TCP-IP node, Z-TWS is open to be integrated in a SCADA/EMS/WEB-based plataform. PLANT AUTOMATION Z-TWS is also a softplc system based on IEC - that exploits the Straton environmental power for control applications and automation. It provides a workbench that is a programming interface, runtime, libraries and other programming features. Centri di controllo SCADA / EMS Programming system complying IEC - XML interface Communication with the common bus system Multi-driver communication Runtime Systems to connect on network with spontaneous data exchange IEC 80 IEC 80 Remote Positions Smart grid e locale Wind power plant IEC 80 IEC 80 Z-TWS System SoftPLC IEC 0 0 0 0 Z-TWS IEC 0870--0 PV plants Z-TWS IEC 0870--0 IEC 80 0 0 0 0 Z-TWS Hydroelectrically plants ELECTRICAL SUBSTATIONS, CABINETS TRASFORMATION IEC 80 0 0 0 0 Z-TWS STRATON IDE DEVELOPMENT ENVIRONMENT Straton IDE (Integrated Development Environment) available with tag numbers of, and illimitated includes libraries and different tools for fieldbus and I/O channels configuration. The available editor compliant with the IEC - standard comprises the following languages: Sequential Function Chart (SFC), Function Block Diagram (FBD), Continuous Function Chart (CFC), Ladder Diagram (LD), Structured Text (ST), Instruction List (IL).
CPU LINUX-BASED / VIRTUAL MACHINE FOR DATA ACQUISITION AND CONTROL Z-TWS pan be utilized by Linux Ubuntu developers for data acquisition applications and control with a development environment, compilation and debug included. With a flash disk support fail safe, Z-TWS works as Virtual Machine and industrial PC. Tool for a free development Independent Virtual machine from other devices and applications Resistant to virus, crash and system errors High Power Data Management Development of Specific drivers Primitive Linux for CAN protocol management at low level Z-TWS Virtual Machine Linux VIRTUAL MACHINE LINUX / UBUNTU Based on virtual machine with a Linux/Ubuntu operating system, the environment Seneca Open Development allows to write, compile and debug code and applications to acquire data and other routine. Linux gives Z-TWS programmable in C trough the compiler GNU Compiler Collection (GCC). Z-TWS is in short a virtual machine VMWare with SO Ubuntu ready to use.
Z-TWS Straton Multifunction Controller CONNECTORS AND INTERFACES TECNICAL FEATURES 9 7 0 ) USB port # / on the go (micro USB connector), ) RJ0-RS Port, ) CANopen Port, ) LED status, ) IDC0 CANopen (COM) Connector, ) DIP-switch CANopen, 7) RS8 Connection (COM), 8) RS8 (COM) Connection, 9) USB port # HOST, 0-) RJ Ethernet 0/00 Mbps port, ) Micro SD card ORDER CODE Code Description Z-TWS-S Straton multifunction controller Accessories Documentation MIXXXXX Installation Manual and Z-TWS use MIXXXXX Straton Manual Software Z-NET-IO I/O system Configurator Z-PC Line STRATON-IDE Straton Development environment - Tag STRATON-IDE Straton Development environment - Tag IDEUN Development environment Unlimited Tag DIV-DONGLE-USB USB Dongle DVD Seneca Development environment Linux for Z-TWS IEC License to activate energy protocols (IEC 0870, IEC 80) OPC-SERVER OPC Server Z-TWS OPC-SERVER I/O- I/O- OPC Server I/O 00 tag OPC-SERVER I/O- I/O- OPC Server I/O 00 tag OPC-SERVER I/O- I/O- OPC Server I/O Unlimited Tag OPC-SERVER MB- MB- OPC Server Slave 00 tag OPC-SERVER MB- MB- OPC Server Slave 00 tag OPC-SERVER MB- MB- OPC Server Slave Unlimited Tag Cables PM000 Serial cable RS (Z-TWS, Z-RTU, Z07, Z-LINK) (RJ0 / DB9F) PM000 Modem Communication cable (Z-TWS) (RJ0 / DBM ) PM000 Ethernet right cable (Z-TWS apparato di rete) (RJ / RJ) PM000 Ethernet crossing cable (Z-TWS - PC) (RJ / RJ) PM000 Modem Serial cable (Z-TWS, Z-RTU) (RJ0 / DB9M) PM0070 Serial cable (Z-TWS, Z-RTU, Z07) (RJ0 / RJ0) 8 GENERAL DATA Power supply Power supply Max consumption Isolation Status indicator Installation Pollution degree Protection degree DC..0 Vdc AC 9..8 Vac (0-0 Hz) W.00 Vac Ethernet Transmission, power supply, PLC functioning, Ethernet connection category II IP0 Operating temperature 0..+ C Dimensions 00 x x mm Weight 0 g Case Nylon with 0% glass fiber class, self-extinguish class V0 Hot swapping Yes Screw removable clamps IDC0 connector for DIN Connections guide RJ0-/, RJ, USB, mini USB Plug in: micro SD card Installation for mm DIN 77 rail COMMUNICATION PORTS Ethernet 0/00 (RJ) Serial 0 (RS) Serial (RS8) ModBus RS8 CANbus.0 Mini USB OT G Mini USB HOST Supported protocols TCP-IP, RTU, CANopen, PPP, HTTP, FTP, SMTP, IEC 0870-0/0, IEC 80 CPU AND MEMORY PLC Straton Processor ARM9 @ 0 MHz Flash Memory (dati) GB RAM MB FeRAM kb Micro SD card (ext. memory) Max GB SETTINGS AND NORMS System software Z-NET, OPC Server, Straton, Linux Web server Yes, integrated Datalogger Yes, integrated PLC Programming IEC (Straton, CoDeSys) and dedicated libraries Homologation and norms EN 000--, EN 000--, EN 00- via Germania, 7 Padova - (I) - Tel. +9 09 87.0.9 (.08) Fax +9 09 87.0.87 www.seneca.it info@seneca.it The material in this document is for information only and is subject to change without notice. While reasonable efforts have been made in the preparation of this document to assure its accuracy, SENECA assumes no liability resulting from errors or omissions, or from the use of the information contained herein. Pubblication ZTWS_0EN